{"id":7814,"date":"2025-08-19T16:30:26","date_gmt":"2025-08-19T15:30:26","guid":{"rendered":"https:\/\/www.greenairnews.com\/?p=7814"},"modified":"2025-10-08T14:57:37","modified_gmt":"2025-10-08T13:57:37","slug":"uk-government-announces-grant-funding-awards-totalling-63m-to-17-saf-projects","status":"publish","type":"post","link":"https:\/\/www.greenairnews.com\/?p=7814","title":{"rendered":"UK government announces grant funding awards totalling \u00a363m to 17 SAF projects"},"content":{"rendered":"\n

The UK Department for Transport has awarded a total of \u00a363 million ($85m) under its Advanced Fuels Fund (AFF) to 17 sustainable aviation fuel production startups, bringing overall financial support after three rounds up to \u00a3198 million ($267m). The AFF competition provides grant funding to first-of-a-kind commercial demonstration-scale projects in the UK at development stages up to construction starting, with projects having to demonstrate their potential to produce SAF capable of reducing emissions by more than 65% on a lifecycle basis compared with conventional fossil jet fuel. The biggest awards went to LanzaJet UK\u2019s Project Speedbird (\u00a310m), Alfanar Energy\u2019s Lighthouse Green Fuels (\u00a38m), LanzaTech UK\u2019s DRAGON 1&2 (\u00a36.4m) and Carbon Neutral Fuels\u2019 ASAP-DAC (\u00a36m). Meanwhile, a new European consortium planning a SAF production facility in the UK has decided it is now unlikely to proceed with the project, citing a failure to win AFF funding in the latest window.<\/strong><\/p>\n\n\n\n

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The UK government said the third window funding<\/a> would support around 1,400 jobs, with low-carbon fuel production potentially adding up to \u00a35 billion to the economy by 2050 and positioning the UK as a global hub for SAF production.<\/p>\n\n\n\n

Announcing the latest funding awards at the University of Sheffield\u2019s Energy Innovation Centre, which received \u00a31.5 million in the latest round towards developing a SAF demonstration plant, Aviation Minister Mike Kane described the funding as a \u201clift off for Britain\u2019s green aviation revolution\u201d.<\/p>\n\n\n\n

The 17 projects awarded funding are:<\/p>\n\n\n\n

\u2022 Alfanar Energy<\/strong> (\u00a38m) \u2013 The Lighthouse Green Fuels project is developing a commercial-scale plant that uses torrefaction with gasification and Fischer-Tropsch (FT) synthesis technology to convert sawmill and forestry residues into SAF.
\u2022 Altalto Immingham<\/strong> (\u00a33m) \u2013 The project is developing a commercial-scale plant that uses gasification and FT technology to convert municipal solid waste into SAF.
\u2022 British Sugar<\/strong> (\u00a32.6m) \u2013 The British BioJet project is developing a commercial-scale plant that uses ethanol-to-jet technology to convert sugar beet betaine residue bioethanol into SAF.
\u2022 Carbon Neutral Fuels<\/strong> (\u00a36m) \u2013 The ASAP-DAC project is developing a commercial-scale plant that uses solid oxide electrolysis and FT technology to convert low carbon electricity and CO2 from direct air capture and biogenic sources into SAF.
\u2022 Equilibrion<\/strong> (\u00a31m) \u2013 The Eq.flight project is developing a demonstration plant that uses solid oxide electrolysis, reverse water-gas shift and FT technology to convert direct air capture CO2, local heat sources and nuclear electricity into SAF.
\u2022 Equinor Low Carbon UK<\/strong> (\u00a33m) \u2013 The Humber SAF Project is developing a commercial plant that uses methanol-to-jet technology to convert biomethanol and renewable e-methanol into SAF.
\u2022 Essar Oil (UK) \/ EET Fuels<\/strong> (\u00a32.5m) \u2013 The ESSAR Energy Transition Stanlow Methanol-to-Jet project is developing a large commercial plant that uses methanol-to-jet technology to convert renewable e-methanol and biomethanol into SAF.
\u2022 ETFuels UK<\/strong> (\u00a35m) \u2013 Project SkyFuel Teesside is developing a commercial-scale plant that uses methanol synthesis and methanol-to-jet technology to convert biogenic CO2 and green hydrogen into SAF.
\u2022 LanzaJet UK<\/strong> (\u00a310m) \u2013 Project Speedbird is developing a commercial-scale plant that uses ethanol-to-jet technology to convert advanced bioethanol into SAF.
\u2022 LanzaTech UK<\/strong> (\u00a36.4m) \u2013 The DRAGON 1&2 project is developing two commercial-scale plants, both of which use ethanol-to-jet technology. One will convert recycled carbon fuel ethanol into SAF and another industrial site will turn use partial reverse water-gas shift and fermentation to turn waste CO2 sources and green hydrogen into ethanol for subsequent conversion into power-to-liquid SAF.
\u2022 NorthPointe Energy<\/strong> (\u00a32m) \u2013 Project Northpoint is developing a commercial-scale plant that uses gasification and FT technology to convert refuse derived fuel into SAF.
\u2022 OXCCU TECH<\/strong> (\u00a33.1m) \u2013 The project is deploying a small demonstration plant that uses combined catalysis technology to convert biogenic CO2 and green hydrogen into SAF.
\u2022 Power2X Solutions UK<\/strong> (\u00a31.5m) \u2013 The eFuels Humber project is developing a large commercial plant that uses methanol-to-jet technology to convert renewable e-methanol and biomethanol into SAF.
\u2022 SuMo Engineering<\/strong> (\u00a34.2m) \u2013 The CLEARSKIES project is developing an end-to-end demo plant using advanced gasification, FT synthesis and gas reforming technology to convert waste to SAF.
\u2022 University of Sheffield<\/strong> (\u00a31.5m) \u2013 The NEXTGEN-SAF project is developing a demonstration plant that uses biogas-fuelled molten carbonate fuel cell technology for industrial biogenic CO2 capture, combined with renewable electrolysis, reverse water-gas shift and FT technology to produce SAF.
\u2022 Willis Sustainable Fuels UK<\/strong> (\u00a32.9m) \u2013 The Teesside Carbonshift SAF Project is developing a small commercial-scale plant that uses autothermal reforming and FT technology to convert residue-derived biomethane into SAF.
\u2022 Zero Petroleum<\/strong> (\u00a33.5m) \u2013 The Fuelling Zero project is developing a small commercial plant that uses reverse water-gas shift and FT technology to convert biogenic CO2 and green hydrogen into high-blend SAF.<\/p>\n\n\n\n

The third window funding is aimed at supporting projects between July 2025 and March 2026, helping them to reach key development and commercial milestones.<\/p>\n\n\n\n

\u201cFurther support is anticipated from the AFF beyond March 2026 and, combined with the government introducing legislative measures to implement a revenue certainty mechanism to support SAF production in the UK, this will enable UK advanced SAF projects to reach Final Investment Decision (FID) and start-up,\u201d said Essar Energy Transition (EET), one of the projects securing funding.<\/p>\n\n\n\n

The grant, said EET, would enable it to advance to the Pre-Front-End Engineering Design (pre-FEED) stage. It is targeting completion of pre-FEED by March 2026, with full FEED commencing in Q2 2026 and FID by the end of 2027. The plant\u2019s strategic location at Stanlow, Northwest England, would leverage existing import infrastructure and jet fuel blending capacity for direct supply to UK aviation, particularly at Manchester Airport.<\/p>\n\n\n\n

\u201cAt Stanlow, we have major decarbonisation ambitions, aiming to become a leading energy transition hub and home to the world\u2019s first low-carbon process refinery,\u201d added Tony Fountain, Managing Director at EET<\/a>. \u201cWith SAF still making up only a tiny fraction of global jet fuel use, our MtJ plant will play a critical role in closing that gap and helping the UK meet its Jet Zero targets.\u201d<\/p>\n\n\n\n

Meanwhile, another SAF project earmarked for the region has stalled as a result of not getting AFF support in the third window. The GRAMM<\/a> project was planned for the Royal Port of Barrow, operated by Associated British Ports, and backed by a consortium that included major European energy and technology partners such as TotalEnergies, Axens and thyssenkrupp (see article<\/a><\/em>). The consortium had said the project would use a French end-to-end technology platform called BioTfuel, and aimed to capture and store 1.5 million tonnes of CO2 during production, \u201creducing carbon emissions four times more than a benchmark set out in the UK SAF Mandate\u201d.<\/p>\n\n\n\n

In a post on his LinkedIn feed, Alexander Peschkoff, GRAMM Consortium Lead, said the partners were \u201cexploring last-minute options to keep the project in the UK.\u201d<\/p>\n\n\n\n

He added: \u201cShould these efforts prove unsuccessful, we are evaluating relocation opportunities in the United States, where federal and state-level support for sustainable aviation projects has demonstrated greater consistency and momentum.\u201d<\/p>\n\n\n\n

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Photo (EET Fuels): The Stanlow refinery in Northwest England<\/strong><\/p>\n\n\n\n

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Christopher Surgenor<\/strong>
Editor<\/p>\n\n\n

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<\/p>\n","protected":false},"excerpt":{"rendered":"

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